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    • 1. 发明申请
    • FOOD PRODUCT DISPENSER WITH CLEANSING MECHANISM
    • 具有清洁机械的食品分配器
    • WO2004058019A1
    • 2004-07-15
    • PCT/EP2003/013895
    • 2003-12-08
    • NESTEC S.A.CARHUFF, PeterMASU, TakeshiCLYDE, Gene, FrankDICKINSON, Edward, L.HARVEY, Andrew, C.KOLVEK, Edward, M.LAGO, Michael
    • CARHUFF, PeterMASU, TakeshiCLYDE, Gene, FrankDICKINSON, Edward, L.HARVEY, Andrew, C.KOLVEK, Edward, M.LAGO, Michael
    • A47J31/41
    • B08B9/0325A47J31/41A47J31/60A61L2/08B08B9/0327B67D1/07
    • The invention relates to a food product dispenser (100) that includes a food delivery mechanism and a cleansing mechanism (700). The food delivery mechanism includes a food source (211), a food conduit (600) associated with the food source (211) for receiving a food component (211a) therefrom, and a dispensing mechanism (500) configured to dispense servings of the food component (211a) from the conduit (600). The cleansing mechanism (700) includes a cleansing conduit (800) associated with the food delivery mechanism to direct a cleansing fluid along a fluid (987a) a fluid path in cleansing association with the food delivery mechanism under conditions for performing a cleansing operation on the food delivery mechanism. A controller (1000) can be provided for automatically conducting cleansing operations based on predetermined conditions. The controller (1000), delivery mechanism and cleansing mechanism (700) can be configured to switch between the dispensing of the servings and the cleansing operation at a plurality of intervals during a day without substantial intervention from an operator.
    • 本发明涉及一种食品分配器(100),其包括食物输送机构和清洁机构(700)。 食物传送机构包括食物源(211),与食物源(211)相关联的用于从其接收食物部件(211a)的食物导管(600)和分配机构(500),其配置为分配食物 (600)的部件(211a)。 清洁机构(700)包括与食物输送机构相关联的清洁导管(800),用于沿着流体(987a)引导清洁流体,以在与食物输送机构清洁相关联的条件下引导清洁流体, 食品送货机制。 可以提供控制器(1000),用于基于预定条件自动进行清洁操作。 控制器(1000),传送机构和清洁机构(700)可以被配置为在一天中以多个间隔在服务的分配和清洁操作之间切换,而不需要操作者的实质干预。
    • 8. 发明申请
    • FOG CARBURETOR
    • WO2010068284A1
    • 2010-06-17
    • PCT/US2009/006511
    • 2009-12-11
    • FOSTER-MILLER, INC.WALKER, David, H.HARVEY, Andrew, C.LONGE, Nathan, B.
    • WALKER, David, H.HARVEY, Andrew, C.LONGE, Nathan, B.
    • F02G5/00
    • F02M31/18F02M29/06Y02T10/126
    • A conversion system for a gasoline engine based generator enables the use of heavier fuels. A vertically disposed vortex separation chamber includes an inlet proximate the bottom of the chamber and tangential to the longitudinal axis of the chamber for delivering to the chamber partially vaporized fuel in an air-fuel mixture from a carburetor associated with the engine. An outlet proximate the top of the chamber also tangential to the longitudinal axis of the chamber for delivering vaporized fuel from the chamber to the engine. An electric heater is in communication with the bottom of the chamber for heating the chamber wall to vaporize any fuel thereon so vaporized fuel is reintroduced in the chamber. A battery source charged by the generator provides power to the electric heater. A jacket is disposed about and spaced from the chamber wall creating an annulus between the jacket and chamber wall.
    • 用于基于汽油发动机的发电机的转换系统能够使用较重的燃料。 垂直设置的涡流分离室包括靠近腔室底部的入口,并且与室的纵向轴线相切,用于在与发动机相关联的化油器的空气 - 燃料混合物中将部分蒸发的燃料输送到腔室。 靠近腔室顶部的出口也与腔室的纵向轴线相切,用于将蒸发的燃料从腔室输送到发动机。 电加热器与室的底部连通,用于加热室壁以使其上的任何燃料蒸发,从而将汽化的燃料重新引入室中。 由发电机充电的电池源为电加热器供电。 夹套围绕室壁设置并隔开,从而在夹套和室壁之间产生环形空间。
    • 9. 发明申请
    • FASTENER ELEMENT MOLDING
    • 紧固件元件成型
    • WO2003099506A2
    • 2003-12-04
    • PCT/US2003/016708
    • 2003-05-27
    • VELCRO INDUSTRIES B.V.GALLANT, Christopher, M.JENS, Stephen, C.HARVEY, Andrew, C.FORMATO, Richard, M.
    • GALLANT, Christopher, M.JENS, Stephen, C.HARVEY, Andrew, C.FORMATO, Richard, M.
    • B23K26/36
    • F28F5/02A44B18/0049A44B18/0061B23K26/38B23K26/389B23K2201/20B29C33/0027B29C33/044B29C33/301B29C43/222B29C43/46B29C59/025B29C59/04B29C2035/1616B29C2043/461B29C2043/465B29L2031/729Y10T428/24017
    • A method of forming a mold having cavities (2, 90, 114, 127, 240) for molding loop-engageable, hook-shaped fastener elements (250, 260, 260', 260", 300, 300', 300") is provided. The method includes supporting a first plate (9, 33, 237) having an outer surface (19, 242) that defines a plane; cutting said outer surface (19, 242) with a material-cutting beam (35, 231) of a laser (34, 234) along a predetermined curved profile to cut a cavity (2,90, 240) into said outer surface (19, 242) of said first plate (9, 33, 237), said predetermined curved profile being generally hook-shaped, the cavity (2, 90, 240) defined by a wall (20, 118, 120) extending into said first plate (9, 33, 237) from said outer surface (19, 242); manipulating the first plate (9, 33, 237) relative to the laser (34, 234) to position the material-cutting beam (35, 231) along at least a portion of said predetermined curved profile, the material-cutting beam (35, 231) of the laser (34, 234) forming a series of cavities (2, 90, 240), each having a hook-shaped profile; and positioning a second plate (9a",9b,9d) adjacent said outer surface (18, 242) of said first plate (9, 33, 237), said second plate (9a", 9b, 9d) providing a side wall surface (18, 120) for each of said cavities (2, 90, 240) of said first plate (9, 33, 237), said first plate (9, 33, 237) and said second plate (9a", 9b, 9d) in combination forming a mold having cavities (2, 90, 114, 127, 240) for molding loop-engageable, hook-shaped fastener elements (250, 260, 260', 260", 300, 300', 300"). A hook product includes a stem portion (262, 262', 262") integrally molded with and extending from a sheet-form base to a distal end, the stem portion having a planar side (263, 265, 266'); and a crook portion (264, 264', 264") extending from the distal end of the stem portion to overhang the sheet-form base in an overhang direction, the crook portion (264, 264', 264") having a flat planar side (267) co-planar with the planar side of the stem (263, 265, 266'), and an upper surface (274) extending upward from an upper extent of the planar side of the crook portion (264, 264', 264") to an apex (270).
    • 一种形成具有用于模制可环接的钩形紧固件元件(250,260,260',260“,300,300',300”)的空腔(2,90,114,127,240)的模具的方法是 提供。 该方法包括支撑具有限定平面的外表面(19,242)的第一板(9,33,237); 用沿着预定弯曲轮廓的激光器(34,234)的材料切割梁(35,231)切割所述外表面(19,242),以将空腔(2,90,240)切割到所述外表面(19 ,所述第一板(9,33,237)的所述第一板(9,33,237)的所述第一板(9,33,237),所述预定弯曲轮廓通常为钩形,所述空腔(2,90,240)由延伸到所述第一板 (9,33,237)从所述外表面(19,242)延伸; 操纵相对于激光器(34,234)的第一板(9,33,237),以沿着所述预定弯曲轮廓的至少一部分定位材料切割梁(35,231),材料切割梁(35 ,231)形成一系列空腔(2,90,240),每个腔具有钩形轮廓; 并且邻近所述第一板(9,33,237)的所述外表面(18,242)定位第二板(9a“,9b,9d),所述第二板(9a”,9b,9d)提供侧壁表面 (9,33,237)和所述第二板(9a“,9b,9d)的每个所述空腔(2,90,240)中的每个所述第一板(9,133,237)和所述第二板 )组合形成具有用于模制可环接的钩形紧固件元件(250,260,260',260“,300,300',300”)的空腔(2,90,114,127,240)的模具。 挂钩产品包括与片状基底一体模制并延伸到远端的杆部分(262,262',262“),所述杆部分具有平坦侧面(263,265,266'); 以及从所述杆部分的远端延伸到所述片状基部的伸出方向上的弯曲部分(264,264',264“),所述弯曲部分(264,264',264”)具有平坦的平面 侧面(267)与杆(263,265,266')的平面侧共面并且从弯曲部分(264,264'的平面侧)的上部区域向上延伸的上表面(274) 264“)到顶点(270)。